A high power pulsed dye laser was used to optically excite high pressure cesium-xenon mixtures and the resulting measurements are presented. A microwave discharge in rubidium at relatively high xenon pressure was achieved. Preliminary studies of cadium-rare gas mixtures are discussed and a detailed description of the entire experimental apparatus is given
Contains reports on three research projects.Joint Services Electronics Program (Contract DAAB07-71-C...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The Diode Pumped Alkali Laser (DPAL) is a high power, three-level laser system that employs diode ba...
By measuring the absorption and emission cantinua of various states in the cesium/xenon molecule, th...
Pulsed laser optogalvanic spectroscopy of diluted gases in a 32MHz radio frequency discharge (RF LOG...
Pulsed laser optogalvanic spectroscopy of diluted gases in a 32MHz radio frequency discharge (RF LOG...
Xenon laser effect on interaction between electron gas and excited atoms in plasm
A cesium filled diode--laser plasmadynamic converter was built to investigate the feasibility of con...
A theoretical and experimental investigation into the possibility of achieving CW discharge pumped e...
Helium-xenon continuous wave gas lasers for space communications - testing of ultrahigh vacuum syste...
In order to facilitate measurements of the behavior of a xenon laser over a range of gas pressures, ...
Includes bibliographical references (pages 627-628).We have obtained CW laser action on four transit...
Near‐infrared atomic Xe laser lines have been generated from an Ar:He:Xe laser gas mixture excited b...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
Recently, supercritical fluids have become quite popular in chemical and semiconductor industries fo...
Contains reports on three research projects.Joint Services Electronics Program (Contract DAAB07-71-C...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The Diode Pumped Alkali Laser (DPAL) is a high power, three-level laser system that employs diode ba...
By measuring the absorption and emission cantinua of various states in the cesium/xenon molecule, th...
Pulsed laser optogalvanic spectroscopy of diluted gases in a 32MHz radio frequency discharge (RF LOG...
Pulsed laser optogalvanic spectroscopy of diluted gases in a 32MHz radio frequency discharge (RF LOG...
Xenon laser effect on interaction between electron gas and excited atoms in plasm
A cesium filled diode--laser plasmadynamic converter was built to investigate the feasibility of con...
A theoretical and experimental investigation into the possibility of achieving CW discharge pumped e...
Helium-xenon continuous wave gas lasers for space communications - testing of ultrahigh vacuum syste...
In order to facilitate measurements of the behavior of a xenon laser over a range of gas pressures, ...
Includes bibliographical references (pages 627-628).We have obtained CW laser action on four transit...
Near‐infrared atomic Xe laser lines have been generated from an Ar:He:Xe laser gas mixture excited b...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
Recently, supercritical fluids have become quite popular in chemical and semiconductor industries fo...
Contains reports on three research projects.Joint Services Electronics Program (Contract DAAB07-71-C...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The Diode Pumped Alkali Laser (DPAL) is a high power, three-level laser system that employs diode ba...